Platform
Select a layer
Five layers build from tissue conductivity at the base to neurological outcome prediction at the top.
All five layers →Base layer
TCP
Tissue Conductivity Profiling uses a novel multi-frequency bioimpedance measurement system to produce a spatially resolved tissue profile that can identify tissue types and conditions at the tissue instrument interface.
TCP →Second layer
PIFS
Programmable Impedance Field Shaping augments and improves existing electrical field shaping techniques, using programmable impedance elements to shape and steer the electrical field.
PIFS →Third layer
High-Resolution Nerve Localization
An adaptive closed-loop system estimates nerve position and direction in three dimensions.
Nerve localization →Fourth layer
Evoked Potential Optimization
Stimulation and recording configurations are tuned to acquire the highest-quality evoked responses at the lowest effective stimulation intensity, providing optimized assessments of neural function.
EP optimization →Top layer
Global Neuromonitoring Platform
Electrode nodes placed across the body provide optimized neurophysiological data. That data feeds a dynamic functional assessment of the nervous system, monitors pathways at risk during surgery, and drives a continuously updated neurological outcome prediction that guides surgical decision-making.
Global neuromonitoring →
